Prof. Arvind Kumar

Dean, School of Engineering

πŸ“ Chennai, Tamil Nadu


Experience

22+ years of teaching and research in Mechanical & Electrical Engineering with expertise in Robotics, Renewable Energy, and Smart Systems.

Qualifications

B.Tech (Mechanical), M.Tech (Robotics), Ph.D. in Engineering

Contact

arvind.kumar@email.com

+91-98XXX55555

βš™οΈ Bachelor of Technology (B.Tech Engineering)

The B.Tech (Bachelor of Technology) is a four-year undergraduate program that equips students with technical knowledge, problem-solving abilities, and innovation skills in engineering disciplines such as Mechanical, Civil, Electrical, Electronics, and Computer Science.

πŸ“Œ Summary

The curriculum integrates theory, practicals, projects, and industrial training. Students gain knowledge in core sciences, mathematics, engineering fundamentals, specialization subjects, and emerging technologies such as AI, IoT, Robotics, and Renewable Energy.

πŸ› οΈ Skills Taught
  • Engineering design and analysis
  • Application of mathematics and computational tools
  • Problem-solving in real-world engineering challenges
  • Programming and software development
  • Project management and teamwork
  • Innovation and research methodology
  • Use of modern engineering tools and simulation software
πŸ“š Teaching Methodologies
  • Classroom lectures and interactive tutorials
  • Hands-on laboratory experiments
  • Industrial training and internships
  • Capstone projects and mini-projects
  • Workshops and technical hackathons
  • Guest lectures from industry professionals
πŸ“ Assessment Techniques
  • Written theory exams and lab practicals
  • Assignments and project submissions
  • Industrial training reports
  • Viva-voce and oral presentations
  • Continuous internal assessments (quizzes, tutorials)
🌐 Real-World Applications

B.Tech graduates contribute to industries like IT, Manufacturing, Energy, Construction, Telecommunications, Transportation, Aerospace, and Research & Development. They also become innovators, entrepreneurs, and leaders in technology.

πŸ”— Interdisciplinary Value

Engineering integrates principles of mathematics, physics, chemistry, computer science, economics, and management, making it the backbone of technological advancement across industries.

🎯 Learning Outcomes

By the end of the program, students will be able to:

  • Apply engineering knowledge to solve real-world problems
  • Design and develop innovative solutions
  • Use modern tools, software, and techniques effectively
  • Work effectively in multidisciplinary teams
  • Pursue higher education or professional careers in India and abroad
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